To calculate buoyancy in a Yamaha XLT 800 jet ski, you first need to determine the volume of water displaced by the jet ski when it is floating. This can be done by measuring the weight of the jet ski and using the principle of buoyancy, which states that the buoyant force equals the weight of the displaced water. By applying Archimedes' principle, you can find the buoyancy by ensuring that the weight of the jet ski is equal to the weight of the water displaced, which is calculated by multiplying the volume of the displaced water by the water's density.
800
If you are referring to a Yamaha Xl800, it's 120HP...
Found a 1986 Yamaha FZ600 for sale. Going for $800.
500 to 800 with gear and restored
800 two 1000
Disconnect the input side of the "fuel water separator" (Fuel filter) take that hose and connect it to another long 1/4 inch hose with a primer bulb on the other end. Get the primer bulb lower than the gas tank of the jetski and start the flow by squeezing the bulb. Make sure you have the jetski gas selector in the "RES" position to get as much out as possible. Once it starts flowing gravity should do the rest. It's not fast but it works.
Buy an 800 cc....
The garden hose connection to the engine on a 2002 Yamaha 800 XLT is located on the side of the vehicle near the bottom of the engine. It is used to flush the coolant and restore coolant efficiency.
150 horse give or take a couple depending on individual sleds
ive only got mine up to 56 full throttle
On a dry fill it's 800 mil, for an oil change 750 mil
The last person is probably dragging their feet.